Deliver proactive safety & security management solutions capable to predict disasters, minimize risks and their consequences. Deliver qualified medical aid within the critical golden hour to patients especially in remotely located areas. Provide packaged & affordable services to design & deploy S&S solutions incorporating best of existing & up-coming first responder & DS technologies.

1. ITS
Complex Safety & Security focus

2. Project Goals
• Deliver proactive safety & security management
solutions capable to predict disasters, minimize risks
and their consequences
• Deliver qualified medical aid within the critical golden
hour to patients especially in remotely located areas
• Provide packaged & affordable services to design &
deploy S&S solutions incorporating best of existing &
up-coming first responder & DS technologies

3. Overall ITS structure

4. Situation Awareness complex
Integration of latest technologies of telematics, global and local object positioning
GPS / GLONASS, RTLS, intelligent video surveillance, sensor networks, wireless,
broadband and satellite communications can provide constant monitoring,
performance capture and control of critical infrastructure, mobile and stationary
objects
Alarm
event
Service
commands
Emergency services
Dispatching service
GSM/CDMA/SAT
GPS / GLONASS
Monitoring objects
UWB
RFID

5. Critical situation recognition and control
 Automated cognitive image analysis of the video data streams utilizing semantic
pattern and templates in the self learning system
 Recognition of risky or critical situations in relation to classes of objects and their
delinquency
 In particular, differentiation and prediction of aggressive and friendly behaviors, the
definition of "friend or foe" based on the analysis and storage behaviors,
anthropometric data and classification of the described scenarios (according to the
law enforcement agencies), as well as to determine the "forgotten" or "left" items,
unauthorized entry, and any other abnormal situations that lead to delinquency

6. Integration of sensing technologies
Video surveillance and object recognition, global positioning and tracing with sensor
networks integration for complete situation awareness

7. Dynamic planning and transportation networks control
Adaptive crossing traffic control
• Is based on vehicle location data acquired in time, supplemented by
RFID or optical LPR identification
• Provides for:
– Control layout, zones, including arbitrary form
– Counting the cars, counted turns, vehicle classification data transfers in clustered
datacenter
– Measuring the length of the queue, the flow rate and statistics running a red light
– Tracking incidents, reports, control switching of traffic lights, rotating cameras, active
characters
– Coordinate the management of crossings on the local rules and situation or centralized
instructions from regional data center
Dynamic scheduler WEB service ( a part of e-Government portal)
• Receipt of recommendations on the requested route (trip ticket) parking spaces
• Notice from the urban transport services (changes in the transport scheme, evacuation,
congestion etc).
• Declaration on the planned route, the publication of the resources available for cross sales of
logistics services
• Medical services (routine and emergency)
• Technical support (evacuation)

8. Dynamic scheduler and router for logistics and
emergency
Optimal route is calculated and sustained based on traffic situation, goals,
best cases and scenarios

9. Emergency Alerting & Support systems
Equipment:
– Outdoor information systems, terminal, digital signage
and outdoor video screens for citizens;
– Smart wearable media communication outfit for rescue
and emergency services, medical and firemen and other
professionals.

10. Trauma detection module
Trauma detection module: Automated image analysis and anomalies
recognition system based on 2D/3D ultrasound images.
The recognition methods used are artificial neural networks, fuzzy
logic, k-nearest neighbour, their combination.
A CADD system to help
detect foreign objects in the
body, fractures, internal
bleeding and other trauma.

11. Environment monitoring system
• Determination of parameters of local environmental violations on the basis
of video surveillance, television broadcast, GLONASS, using modern
information and telecommunications systems;
• Dispatch center for monitoring the ecological state of the municipality or
region;
Automated notification of environmental violations of the public Internet-
based resources, plasma screens placed in public places and means of
public communication;
• Receiving messages of
citizens about
environmental violations
using mobile telephony and
the Internet

12. Technology and Standards
• Regional or nation wide service
– GRID of Clustered supercomputers
• Municipal level
– Supercomputer or server cluster
• SME and corporate use
– Personal supercomputer
– Dual or quad core workstation
• Software
– OpenGIS, Open Scene Graph,
WKS, SQL/MM, OpenSource C++,
ebXML